Selective catalytic reduction with NH3 (NH3–SCR) is the most efficient technology to reduce
the emission of nitrogen oxides (NO x) from coal-fired industries, diesel engines, etc …

In the field of nitrogen oxides (NO x) abatement, developing selective catalytic reduction
(SCR) catalysts that can operate stably in the practical conditions remains a big challenge …

Currently, SO2-induced catalyst deactivation from the sulfation of active sites turns to be an
intractable issue for selective catalytic reduction (SCR) of NO x with NH3 at low …

It is an intractable issue to improve the low-temperature SO2-tolerant selective catalytic
reduction (SCR) of NO x with NH3 because deposited sulfates are difficult to decompose …

NO x produced by various combustion devices can cause serious harm to the environment
and human health. Selective catalytic reduction (SCR) denitration technology is the most …

Nowadays, the serious deactivation of deNO x catalysts caused by alkali metal poisoning
was still a huge bottleneck in the practical application of selective catalytic reduction of NO x …

Severe catalyst deactivation caused by multiple poisons, including heavy metals and SO2,
remains an obstinate issue for the selective catalytic reduction (SCR) of NO x by NH3. The …

Reducing the poisoning effect arising from alkali metals over catalysts for selective catalytic
reduction (SCR) of NO x by NH3 is still an urgent issue to be solved. Herein, alkali-resistant …

Pd-based materials have received remarkable attention and exhibit excellent H2 sensing
performance due to their superior hydrogen storage and catalysis behavior. However, the …

Reducing the poisoning effect of alkali and heavy metals over ammonia selective catalytic
reduction (NH3-SCR) catalysts is still an intractable issue, as the presence of K and Pb in fly …